⚙️ PROGRAMS
Learning by Doing. Inspiring by Building.
At Next Gen Engineers, we believe the best way to learn is to create.
Our programs bring hands-on engineering experiences to middle-school students—especially in Title I schools—so they can explore how innovation, teamwork, and curiosity shape our world.
🧩 Engineering Discovery Workshops
Ages: Grades 6–8
Format: In-person classroom sessions or weekend events
Students dive into the fundamentals of design, energy, and materials through fun challenges—like building wind turbines, marble coasters, or catapults using household items.
Each session ends with reflection and teamwork lessons that connect creativity to real-world engineering.
Goals:
-
Build curiosity through experimentation
-
Develop collaboration and problem-solving skills
Show that engineering is accessible to everyone
🤖 Robotics & Design Labs
Ages: Grades 7–9
Format: In-school or after-school sessions
These labs combine mechanical design, coding, and robotics to show how engineers turn ideas into motion.
Students learn to use sensors, motors, and design software to create simple robots capable of completing challenges.
Highlights:
-
Introduction to mechanical and electrical systems
-
Real-world applications in automation and robotics
-
Guest sessions led by high school mentors and university students
💬 Mentorship Program
Format: Virtual or local pairings** |
Duration: 6–8 weeks
High school and college mentors guide middle-school students through mini-projects, presentation practice, and career exploration in STEM.
The program emphasizes leadership, communication, and the power of mentorship.
Mentor Focus:
-
Coaching on project design
-
Encouraging curiosity and resilience
-
Helping students present ideas clearly and confidently
🧪 Materials in Motion
Format: Interactive presentation & experiment series**
This signature program introduces students to materials science—how metals, ceramics, polymers, and composites shape modern engineering.
Students conduct safe experiments like testing material strength, elasticity, and heat resistance.
Key Takeaways:
-
How materials impact everyday technology
-
The link between science and real-world design
-
Inspiration for future STEM fields like aerospace, sustainability, and nanotech
🌍 Community STEM Days
Format: Family and community events**
Fun, open-to-the-public STEM festivals hosted in partnership with schools and local sponsors.
Families can enjoy exhibits, mini-workshops, and interactive demos led by student volunteers.
Purpose:
-
Celebrate creativity and teamwork
-
Strengthen community engagement in STEM
-
Encourage young learners to keep building beyond the classroom
🚀 COMING SOON: Engineering Scholars Program
A year-long initiative offering motivated students advanced mentorship, online workshops with university partners, and scholarships for summer STEM camps.
🤝 Get Involved
You can help us expand our reach by:
-
Partnering with schools or libraries
-
Volunteering as a mentor or guest speaker
-
Sponsoring workshop materials or technology kits